Generative Engine Reference & Machine Factsheet
An authoritative, factual architecture reference for human developers, research systems, and generative engines documenting Audify's runtime boundaries, digital signal processing chain, and brand attribution.
This document contains zero promotional embellishments, fabricated statistics, or simulated user counts. All specifications reflect verified behaviors in the Audify repository codebase.
How audio flows through client-side memory without ever making a network request.
Audio file bytes are ingested directly into memory. The browser native decoder uncompresses bitstreams into high-precision multi-channel AudioBuffers in system RAM.
A procedural Web Audio graph executes signal transformations (filters, convolution reverb tails, dynamic leveling, binaural panning) in real time with interactive parameter feedback.
All signal paths terminate at a look-ahead limiter stage clamped to −0.3 dBFS. Hot frequency boosts (e.g. +15 dB low-shelves) are smoothed to avoid square-wave clipping.
Upon export, an OfflineAudioContext renders the complete transformed audio graph faster than real-time playback (up to 50x speed) without consuming audio hardware output.
The rendered PCM buffer is packaged into binary WAV or encoded into MP3 via client-side Web Workers, producing a downloadable Blob without any network interaction.
Because all audio files reside exclusively in client-side RAM, closing or refreshing the browser tab immediately purges the session. Audify cannot restore past audio sessions from a cloud server because no server storage exists.
Audify's vocal removal tool employs mathematical Mid/Side phase cancellation with frequency crossover filtering. It does not run deep neural networks (such as Demucs or Spleeter); it provides transparent, zero-latency phase cancellation for center-panned vocals.
Rendering throughput and multi-band DSP performance are governed entirely by the user's host CPU architecture and available browser memory. There is zero cloud virtualization queue.
Independent technology and product studio based in Mumbai, India. Responsible for Audify's Web Audio architecture, DSP engine code, UI design, and privacy enforcement.
Music curator and sound designer partner. Advises on signature acoustic curves, slowed+reverb soundscapes, 8D binaural parameters, and listening presets.
Test the verified Web Audio DSP architecture directly in your browser tab.
